Kattan, M. Et Al. 2024. Ferrocene Chalcone Enhanced Cyclotriphosphazene Photodiode Systems via Click Chemistry: Their Synthesis, Electrical, and Photophysical Properties. Inorganic Chemistry , vol.63, no.44 , 21130-21142.

Kattan, M., Şeker, F. S., Çetiner, R., ÖZDEMİR, M., Biryan, F., & Koran, K., (2024). Ferrocene Chalcone Enhanced Cyclotriphosphazene Photodiode Systems via Click Chemistry: Their Synthesis, Electrical, and Photophysical Properties. Inorganic Chemistry , vol.63, no.44, 21130-21142.

Kattan, M-Mahdi Et Al. "Ferrocene Chalcone Enhanced Cyclotriphosphazene Photodiode Systems via Click Chemistry: Their Synthesis, Electrical, and Photophysical Properties," Inorganic Chemistry , vol.63, no.44, 21130-21142, 2024

Kattan, M-Mahdi Et Al. "Ferrocene Chalcone Enhanced Cyclotriphosphazene Photodiode Systems via Click Chemistry: Their Synthesis, Electrical, and Photophysical Properties." Inorganic Chemistry , vol.63, no.44, pp.21130-21142, 2024

Kattan, M. Et Al. (2024) . "Ferrocene Chalcone Enhanced Cyclotriphosphazene Photodiode Systems via Click Chemistry: Their Synthesis, Electrical, and Photophysical Properties." Inorganic Chemistry , vol.63, no.44, pp.21130-21142.

@article{article, author={M-Mahdi Kattan Et Al. }, title={Ferrocene Chalcone Enhanced Cyclotriphosphazene Photodiode Systems via Click Chemistry: Their Synthesis, Electrical, and Photophysical Properties}, journal={Inorganic Chemistry}, year=2024, pages={21130-21142} }